Data set 01
195X Russian
Published operating points and test conditions from this source.
Pentode
Characteristics
PENTODE
64
PENTODE 64l
BricOKO
6
BricOKO9acTOTHBIA NEHTOA C KOPOTKOH XapakTepH- The 6JK4T1 high-frequency short-characteristic
cTukor
67
cTukor 67K4I1 npennazHaveH O YCHIICHHA HANPAKEHUS pentode has been designed for h.f. voltage amlification
BLICOKOH
4
BLICOKOH 4acTOThI B DPaJHOTEXHHYECKHX YCTPOMCTBaXx. in electronic devices.
Published electrical value
3
5 1 — ceTka nepsas; 2 — ceTKa TPEThA U 3KpaH; 3 — noxorpesa-
S €
7
S € 2 TeNb; 4 — MOOOTpeBaTeNs; 5 — aHon; 6 — ceTka Bropas; 7 —
Elw]w
5 W
Elw]w 5 KaTon
hd ] — grid
4
hd ] — grid 1; 2 — grid 3 and screen; 3 — heater; 4 — heater;
Published electrical value
7
p 5 — anode; 6 — grid 2; 7 — cathode
BuGpannoHHBIE HArpY
60 Hz
BuGpannoHHBIE HArpY3KM B QMana3oHe 4acToT OT | Vibration: at frequencies from 1 to 60 Hz with acce-
Harpy
15
Harpy3ku ¢ yckopenneM g0 15 g. TemnepaTypa oKkpyxkako-
Published electrical value
6.3
316 )¢ UGN 6,3 Reater o ivere i i i 6.3
CETKA BTOPOM .. .ivivrieernnnienenanaennnns
150
CETKA BTOPOM .. .ivivrieernnnienenanaennnns 150 BIId 2 L e 150
CETKHM TPETBEH . .. it ien s eeeeinennancnnnsn
0
CETKHM TPETBEH . .. it ien s eeeeinennancnnnsn 0 grid 3 .. e 0
CETKH BTOPOM oo vtiittieeeinnanannnansens
1.7
CETKH BTOPOM oo vtiittieeeinnanannnansens 4,5+1,7
grid
1.7
grid 2 .. e 4.5+1.7
ConporusieHye B ey katona, OM
68
ConporusieHye B ey katona, OM . .............. 68
BuyTpeHHee COnpOTHB/IeHHe, MOM . .............. =
68 Ohm
BuyTpeHHee COnpOTHB/IeHHe, MOM . .............. =0,2 Resistance in cathode circuit, Ohm ............... 68
KpyTH
0.2 mA
KpyTH3Ha XapakTepHCTHKE, MA/B ... ... ......... 59+1,1 Internal resistance, MOhm ....................... =0.2
OOGpaTHbIA TOK CETKH IepBoil (TIpH HanpsAKEHHH CETKH Transconductance, mA/V ........cinvieeievnnnn
59111 V
OOGpaTHbIA TOK CETKH IepBoil (TIpH HanpsAKEHHH CETKH Transconductance, mA/V ........cinvieeievnnnn.. 59111
nepBoit —
0.5 V
nepBoit —2 B), MKA ... .. ... =0,5 Inverse grid 1 current, at grid 1 voltage —2 V, uA =0.5
BXOOHAM © v vevenienncnnanarnnnnnesonnssans
0.9 V
BXOOHAM © v vevenienncnnanarnnnnnesonnssans 6,3ig:§ +0.9
MPUt ... e
3
MPUt ... e 6.3 03
BBIXOOHAN .o vevrnesatneretnnnenneenesennn
6.31
BBIXOOHAN .o vevrnesatneretnnnenneenesennn 6,31?)’_%
OUEDUL v v e e ee e e et e e
63793 V
OUEDUL v v e e ee e e et e e 63793
TIPOXOOHAA .ot vtn vt ineenanenenannananonsans =
0.0035
TIPOXOOHAA .ot vtn vt ineenanenenannananonsans =0,0035 transfer ........ ... ..l =0.0035
DnexTpudeckHe napameTpsl B TeveHne
4
DnexTpudeckHe napameTpsl B TeveHne 2000 4 ykcrty-
aTaLUAH: Electrical parameters over
2000
aTaLUAH: Electrical parameters over 2000 operating hours:
Published electrical value
2
O6GpaTHBIA TOK CETKH NEepBOH, MKA ............. =2 inverse grid 1 current, LA ........... ... =2
KPYTH
3.8 V
KPYTH3HA XapaKTepHCTHKHA, MA/B .. ... ... ...... =3,8 transconductance, mA/V ......... ... =3.8
Hpeue.m;nue
3
Hpeue.m;nue 3HAMEHHA JONYCTHMBIX Limit Values of Operating
pexXHMOB
3
pexXHMOB 3KCILTYaTalHH Conditions
HAKATIA .. vvvvvernr aernnnnns
5.7
HAKATIA .. vvvvvernr aernnnnns 6,9 5,7 heater ........... i, 6.9 5.7
F:V: (o)
300 V
F:V: (o)1 ¢: N 300 anode ........ i, 300
CEeTKM BTOpO®
150
CEeTKM BTOpO® ................ 150 grid2 ... 150
LHMase DoOAOrpeBaTensd ... .. ) tial
90
LHMase DoOAOrpeBaTensd ... .. ) tial ... 90
iMase nogorpesarTens
90
iMase nogorpesarTens . .... 90 tial ....... [ 90
Tok katoma, MA
20 mA
Tok katoma, MA ................ 20 Cathode current, mA ............. 20
paccemBaeMas aHOOOM
3.5
paccemBaeMas aHOOOM . ....... 3,5
atanode ...............ieenn
3.5
atanode ...............ieenn 3.5
paccemBaeMas CeTkoi BTOpo#
0.9
paccemBaeMas CeTkoi BTOpo# 0,9
atgrid
0.9
atgrid2 ... i it 0.9
BOM, KOM .......cciiiiivnnnnnnn
500 kOhm
BOM, KOM .......cciiiiivnnnnnnn. 500 Resistance in grid 1 circuit, kOhm 500
Published electrical value
0
5 (| Ugr=0v | Ug]zfly -
g ANZ
3
g ANZ 2 -1.5¢ [] 3 i e s e sy o e VA4
Published electrical value
-2
/-2 "=i bk ekl2l
Published electrical value
2
1 — aHOmHBIE; 2 — CETO4HO-aHOMHbBIE (O CeTKe BTOpOH); 3 — 1 — aHOnHBIC; 2 — CETOYHO-aHOAHBIE (IO CETKE BTOPOI)
HaubosbImas DONMYCTHMAas MOMIHOCTD, PacceMBaeMas aHOIOM Un=
0 V
HaubosbImas DONMYCTHMAas MOMIHOCTD, PacceMBaeMas aHOIOM Un=6,3 V, Ugz=100 V, Ugz=0 V
Un=
0 V
Un=6,3V, Up=150 V, Ugz=0V
I — anode
2
I — anode; 2 — grid-anode (for grid 2)
[g
1 mA
[g.1p2.mA Ig,lgz,flm
o Ugr=
0
o Ugr=0V
diamk
17
diamk 20,2501 17
Published electrical value
150
0.8 pv Ugz= 150V, /
Published electrical value
4
i 100 700 Ug¥ ‘ ! /mav ,) 4
Published electrical value
2
1 — anonHsle; 2 — ceTOMHO-aHOAHBIE (OO CETKE BTOPOH)
Published electrical value
2
1 — anode; 2 — grid-anode (for grid 2) YcpeaHeHHDbIE XapaKTEPHCTHKH:
Un=
0
Un=63V, Up=50V, Ugp=0V
Published electrical value
2
1 — aHOAHO-CETOYHbIE; 2 — CETOMHEIE (IO CETKE BTOpOIi)
Published electrical value
2
1 — anode-grid; 2 — grid (for grid 2)
Ip.md U,’,:flv Un=
0 uA
Ip.md U,’,:flv Un=63V, Ua=250V, Uga=0V
VI Vi Ay
14
VI Vi Ay 14 VcpenHeHHbIE XapakTePUCTHKH (TPHOHOE BKIIOUCHAE)
Upr=
6.3
Upr=6,3V
Other
Published electrical value
0
1 — anode; 2 — grid-anode (for grid 2); 3 — maximum Un=63V, Up=100V, Ugs=0V